Attributing the recent CLEO discovery of BβΞ·β²+Xsβ to originate
(primarily) from the fragmentation of an off-shell gluon (gβ) via bβs+gβ, gββg+Ξ·β², we emphasize that many such states (Xgβ) should
materialize. Indeed the hadronic fragments (Xgβ) of gβ states are closely
related to those seen in ΟβΞ³(Ο,Ο)+Xgβ. A particular
final state of considerable interest is Xgβ=K+Kβ. Signals from such states
in B decays can be combined to provide a very sensitive search for CP
violating phase(s) from non-standard physics. The method should work even if
the contribution of these source(s) to the rates is rather small (βΌ10) to
the point that a comparison between theory and experiment may find it extremely
difficult to reveal the presence of such a new physics.Comment: 16 pages, 5 figure